public CardPdfBuilder(PageSize pageSize, double scalingPercent, bool hasCutLines, CutLineSizes cutLineSize, XKnownColor cutLineColor)
{
PageSize = pageSize;
ScalingPercent = scalingPercent;
HasCutLines = hasCutLines;
CutLineSize = cutLineSize;
CutLineColor = cutLineColor;
Document = new PdfDocument
{
Info =
{
Title = "Card Mimic",
Author = "Sean Bodine",
CreationDate = DateTime.Now,
Creator = "Card Mimic",
Subject = "MTG Proxies",
}
};
var firstPage = new PdfPage {
Size = PageSize
};
Document.AddPage(firstPage);
Pages = new List <CardPage> {
new CardPage(firstPage, ScalingPercent, HasCutLines, CutLineSize, CutLineColor)
};
}
public CardPage(PdfPage page, double scalingPercent, bool hasCutLines, CutLineSizes cutLineSize, XKnownColor cutLineColor)
{
ScalingPercent = scalingPercent;
HasCutLines = hasCutLines;
CutLineSize = cutLineSize;
CutLineColor = cutLineColor;
Gfx = XGraphics.FromPdfPage(page);
// Set Gutter
GutterThickness = HasCutLines ? CutLineSize.ToPointSize() : 0;
// Set some properties other methods will need to use.
PointsPerInch = page.Width.Point / page.Width.Inch;
Margin = 0.25 * PointsPerInch;
UseableX = page.Width - 2 * Margin;
UseableY = page.Height - 2 * Margin;
// MTG cards are 3.48 x 2.49 inches or 63 x 88 mm, then slightly scaled down to fit better in card sleeves.
CardSize = new XSize(2.49 * PointsPerInch * ScalingPercent / 100 * 0.99, 3.48 * PointsPerInch * ScalingPercent / 100 * 0.99);
// Predict the number of cards per row and cards per column.
Rows = (int)((UseableY - GutterThickness) / (CardSize.Height + GutterThickness));
Columns = (int)((UseableX - GutterThickness) / (CardSize.Width + GutterThickness));
CardsPerPage = Rows * Columns;
// Calculate how much to shift all images to center everything on the page. Helps with printers which have trouble printing near the edge.
var usedY = GutterThickness + (Rows * (CardSize.Height + GutterThickness));
var usedX = GutterThickness + (Columns * (CardSize.Width + GutterThickness));
// Half of what is not used inside the margins
VerticalCenteringOffset = (UseableY - usedY) / 2.0;
HorizontalCenteringOffset = (UseableX - usedX) / 2.0;
}
public ColorResourceInfo(XKnownColor knownColor, XColor color, uint argb, string name, string nameDE)
{
this.knownColor = knownColor;
this.color = color;
this.Argb = argb;
this.Name = name;
this.NameDE = nameDE;
}
public ColorResourceInfo(XKnownColor knownColor, XColor color, uint argb, string name, string nameDE)
{
KnownColor = knownColor;
Color = color;
Argb = argb;
Name = name;
NameDE = nameDE;
}
public static uint KnownColorToArgb(XKnownColor color)
{
if (ColorTable == null)
{
InitColorTable();
}
return(color <= XKnownColor.YellowGreen ? ColorTable[(int)color] : 0);
}
public static uint KnownColorToArgb(XKnownColor color)
{
if (XKnownColorTable.colorTable == null)
InitColorTable();
if (color <= XKnownColor.YellowGreen)
return XKnownColorTable.colorTable[(int)color];
return 0;
}
public static uint KnownColorToArgb(XKnownColor color)
{
if (ColorTable == null)
InitColorTable();
if (color <= XKnownColor.YellowGreen)
return ColorTable[(int)color];
return 0;
}
/// <summary>
/// Gets a known color from an ARGB value. Throws an ArgumentException if the value is not a known color.
/// </summary>
public static XKnownColor GetKnownColor(uint argb)
{
XKnownColor knownColor = XKnownColorTable.GetKnownColor(argb);
if ((int)knownColor == -1)
{
throw new ArgumentException("The argument is not a known color", "argb");
}
return(knownColor);
}
/// <summary>
/// Gets all known colors.
/// </summary>
/// <param name="includeTransparent">Indicates whether to include the color Transparent.</param>
public static XKnownColor[] GetKnownColors(bool includeTransparent)
{
int count = colorInfos.Length;
XKnownColor[] knownColor = new XKnownColor[count - (includeTransparent ? 0 : 1)];
for (int idxIn = includeTransparent ? 0 : 1, idxOut = 0; idxIn < count; idxIn++, idxOut++)
{
knownColor[idxOut] = colorInfos[idxIn].KnownColor;
}
return(knownColor);
}
void Fill()
{
Items.Add(new ColorItem(XColor.Empty, "custom"));
XKnownColor[] knownColors = XColorResourceManager.GetKnownColors(false);
int count = knownColors.Length;
for (int idx = 0; idx < knownColors.Length; idx++)
{
XKnownColor color = knownColors[idx];
Items.Add(new ColorItem(XColor.FromKnownColor(color), _crm.ToColorName(color)));
}
}
static ColorResourceInfo GetColorInfo(XKnownColor knownColor)
{
for (int idx = 0; idx < colorInfos.Length; idx++)
{
ColorResourceInfo colorInfo = colorInfos[idx];
if (colorInfo.KnownColor == knownColor)
{
return(colorInfo);
}
}
throw new InvalidEnumArgumentException("Enum is not an XKnownColor.");
}
/// <summary>
/// Converts a known color to a localized color name.
/// </summary>
public string ToColorName(XKnownColor knownColor)
{
ColorResourceInfo colorInfo = GetColorInfo(knownColor);
// Currently German only
if (_cultureInfo.TwoLetterISOLanguageName == "de")
{
return(colorInfo.NameDE);
}
return(colorInfo.Name);
}
public static uint KnownColorToArgb(XKnownColor color)
{
if (XKnownColorTable.colorTable == null)
{
InitColorTable();
}
if (color <= XKnownColor.YellowGreen)
{
return(XKnownColorTable.colorTable[(int)color]);
}
return(0);
}
/// <summary>
/// Creates an XColor from the specified pre-defined color.
/// </summary>
public static XColor FromKnownColor(XKnownColor color)
{
return new XColor(color);
}
internal XColor(XKnownColor knownColor)
: this(XKnownColorTable.KnownColorToArgb(knownColor))
{ }
public ColorResourceInfo(XKnownColor knownColor, XColor color, uint argb, string name, string nameDE)
{
this.knownColor = knownColor;
this.color = color;
this.Argb = argb;
this.Name = name;
this.NameDE = nameDE;
}
static ColorResourceInfo GetColorInfo(XKnownColor knownColor)
{
for (int idx = 0; idx < colorInfos.Length; idx++)
{
ColorResourceInfo colorInfo = colorInfos[idx];
if (colorInfo.knownColor == knownColor)
return colorInfo;
}
throw new InvalidEnumArgumentException("Enum is not an XKnownColor.");
}
public ColorResourceInfo(XKnownColor knownColor, XColor color, uint argb, string name, string nameDE)
{
KnownColor = knownColor;
Color = color;
Argb = argb;
Name = name;
NameDE = nameDE;
}
internal XColor(XKnownColor knownColor)
: this(XKnownColorTable.KnownColorToArgb(knownColor))
{
}
/// <summary>
/// Converts a known color to a localized color name.
/// </summary>
public string ToColorName(XKnownColor knownColor)
{
ColorResourceInfo colorInfo = GetColorInfo(knownColor);
// Currently German only
if (this.cultureInfo.TwoLetterISOLanguageName == "de")
return colorInfo.NameDE;
return colorInfo.Name;
}
/// <summary> /// Creates an XColor from the specified pre-defined color. /// </summary> public static XColor FromKnownColor(XKnownColor color) => new XColor(color);
/// <summary>
/// Creates an XColor from the specified pre-defined color.
/// </summary>
public static XColor FromKnownColor(XKnownColor color)
{
return(new XColor(color));
}
/// <summary>
/// Gets all known colors.
/// </summary>
/// <param name="includeTransparent">Indicates whether to include the color Transparent.</param>
public static XKnownColor[] GetKnownColors(bool includeTransparent)
{
int count = colorInfos.Length;
XKnownColor[] knownColor = new XKnownColor[count - (includeTransparent ? 0 : 1)];
for (int idxIn = includeTransparent ? 0 : 1, idxOut = 0; idxIn < count; idxIn++, idxOut++)
knownColor[idxOut] = colorInfos[idxIn].knownColor;
return knownColor;
}
